Collaborating to Advance Wireless Power, Levitation, and Intelligent Electromagnetic Systems 

Fazor invites universities, research laboratories, and government research centers to join the Fazor Scientific Research Consortium — a collaborative network advancing fundamental and applied research in electromagnetic energy transmission, levitation control and ultra-efficient communications.

Scientific Focus Areas

• Long-Range Wireless Power Transmission

Advancing the efficiency, control, and safety of electromagnetic energy transfer systems.

• Magnetic Levitation and Control Systems

Developing precision field-based levitation mechanisms for transport, vibration isolation, and energy storage.

• High Data-Rate and Energy-Efficient Communications

Investigating phase-coherent systems capable of ultra-high data throughput below traditional noise thresholds.

• Advanced Sensor and Detection Networks

Creating below-noise sensing and energy-integrated data links for distributed intelligence and environmental monitoring.

Consortium Collaboration Benefits

• Participation in foundational and applied research using Fazor’s unique electromagnetic modeling framework.

• Collaborative opportunities under structured NDAs and academic MOUs.

• Early access to experimental platforms and prototype demonstrations.

• Eligibility for co-authored technical publications and joint research proposals (ARPA-E, DARPA, NSF, DOE).

• Opportunities for graduate and undergraduate research involvement in advanced electromagnetic systems.

Join the Scientific Consortium

If your university or government research center is interested in exploring the next generation of wireless power and electromagnetic systems, we invite you to collaborate within the Fazor Scientific Research Consortium.

■ Contact: research@fazor.company

■ Website: www.fazor.company

■ Headquarters: San Diego, California

Together We can redefine how energy, matter, and informantion move through space.